Picture of RevPi Flat on DIN rail

RevPi Flat S

The open source platform for the energy industry.

The energy industry today faces enormous challenges. Renewable energies, electromobility and grid expansion are just some of the buzzwords being discussed in politics, the media and society. In addition, the liberalisation of the electricity market and the resulting increase in competition as well as digitalisation allow completely new structures and business models.

The perfect platform

The associated complex requirements and tasks can be realized by using our RevPi Flat S. Based on the Raspberry Pi Compute Module 4S, the device impresses with genuine industrial suitability and a wide range of interfaces. Thanks to the open platform concept (including full root rights), the device guarantees maximum design freedom when implementing your projects.

Tamper protection is important in the energy industry. Therefore, the RevPi Flat S is equipped with a Trusted Platform Module (TPM).

Revolutionize the energy industry

Possible application ideas that are just waiting to be implemented by you with the RevPi Flat:

  • Modern, decentralized energy management
  • Virtual power plants
  • Providing balancing power/controlling power range in the control of small power plants
  • Energy trading
  • Control of charging stations and hydrogen cells
  • Cost- and time-optimized charging of electric cars/charging time optimization
  • Management of alternative temporary buffer stores, such as for electric cars
  • One-site administration of digital master data, files and maintenance protocols
  • Remote meter-reading
  • Cloud-Solutions
  • IT security with trusted platform module (TPM)
RevPi Flat S perspective

Get in touch with us

The RevPi Flat S forms a versatile, Raspberry Pi and LINUX-based and freely programmable platform for process optimization, more efficient data handling and the implementation of new marketing strategies in the energy industry. In addition, we support you with comprehensive services, such as programming, sensor selection and much more.

Let`s have a talk!

Interfaces
4 x RJ45 10/100 Ethernet (two or four separate MAC addresses
for LAN0/switch or LAN0 … LAN3; LAN0: 1 x Ethernet; LAN1: 3
x Ethernet switched or single (DSA))
2 x USB A
1 x Micro-USB (solely for image transfer to eMMC)
1 x RS485 (spring-loaded terminal, 3-pole)
1 x RS485 (RJ14 socket)
1 x digital output (potential free)
1 x analog output (0-10 V DC)
1 x analog input (0-10 V DC)
1 x Wifi (RP-SMA socket)
Specifications
Processor Broadcom BCM2711 with quad-core ARM Cortex-A72
Clock rate 1.5 GHz
RAM 1 GB
eMMC flash memory 32 GB
Power supply typ. 24 V DC (10.8 … 28.8 V DC)
Max. power consumption 11 W (incl. max. 5 W USB)
Housing type DIN rail housing (for standard EN 50022)
Housing material Polycarbonate
Size (H x W x D) 90 x 106 x 70 mm
Weight approx. 248 g
IP code IP20
Operating temperature -20 °C…+55 °C
Humidity 93 % (non-condensing)
EMC interference emission according to EN 61000-6-4
EMC immunity according to EN 61000-6-2
CE, UKCA & RoHS conformity Yes